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  • F16H47/00
    		•  Combinations of mechanical gearing with fluid clutches or fluid gearing [2006.01] HB CC 3J054
  • F16H47/02
    		•  .the fluid gearing being of the volumetric type HB CC 3J054
  • F16H47/02@A
    		•  Mutual arrangement of fluid transmitters and gearings HB CC 3J054
  • F16H47/02@B
    		•  .with fluid transmitting routes in serial to mechanically transmitting routes HB CC 3J054
  • F16H47/02@C
    		•  Control (applied to 61/00 as well) HB CC 3J054
  • F16H47/02@D
    		•  Details, e.g. support or attachment of composite members, arrangement or composition of oil passage, sealing or the like HB CC 3J054
  • F16H47/02@Z
    		•  Others HB CC 3J054
  • F16H47/04
    		•  ..the mechanical gearing being of the type with members having orbital motion HB CC 3J054
  • F16H47/04@A
    		•  Mutual arrangement of fluid transmitters and planetary gear devices HB CC 3J054
  • F16H47/04@B
    		•  .with fluid transmitting routes in parallel to mechanically transmitting routes HB CC 3J054
  • F16H47/04@C
    		•  .with the differential function HB CC 3J054
  • F16H47/04@D
    		•  Control by using electric signals HB CC 3J054
  • F16H47/04@E
    		•  Control not using electric signals, e.g. operations by hydraulic control and mechanical means HB CC 3J054
  • F16H47/04@Z
    		•  Others HB CC 3J054
  • F16H47/06
    		•  .the fluid gearing being of the hydrokinetic type HB CC 3J054
  • F16H47/06@A
    		•  Arrangement of gearings HB CC 3J054
  • F16H47/06@B
    		•  .with fluid transmitting routes in parallel to mechanically transmitting routes HB CC 3J054
  • F16H47/06@C
    		•  Control by using electric signals (applied to 61/00) HB CC 3J054
  • F16H47/06@D
    		•  Control by using oil pressure signals (applied to 61/00) HB CC 3J054
  • F16H47/06@E
    		•  Mechanical operations by using operation levers HB CC 3J054
  • F16H47/06@F
    		•  Adjustment of the structure, engaging force, disengagement, etc., of speed changing clutches HB CC 3J054
  • F16H47/06@G
    		•  Treatment at the time of starting and stopping and detection and countermeasures of abnormal conditions and failures HB CC 3J054
  • F16H47/06@H
    		•  with the inching function HB CC 3J054
  • F16H47/06@J
    		•  Layout of oil passage, leakage, lubrication and cooling HB CC 3J054
  • F16H47/06@K
    		•  Details, e.g. placement of bearings, supports of shafts and gears, housing structures or the like HB CC 3J054
  • F16H47/06@L
    		•  Combination of non-stage transmissions and fluid couplings or torque converters HB CC 3J054
  • F16H47/06@Z
    		•  Others HB CC 3J054
  • F16H47/07
    		•  ..using two or more power-transmitting fluid circuits (F16H 47/10 takes precedence) [2] HB CC 3J054
  • F16H47/08
    		•  ..the mechanical gearing being of the type with members having orbital motion HB CC 3J054
  • F16H47/08@A
    		•  Arrangement of gearings HB CC 3J054
  • F16H47/08@B
    		•  .with the overdrive mechanism HB CC 3J054
  • F16H47/08@C
    		•  .with fluid transmitting routes in parallel to mechanically transmitting routes HB CC 3J054
  • F16H47/08@D
    		•  .Multiple vanes of the torque converter functioning as output means, e.g. power being transmitted when the turbine and the stator are bonded with its respective gearing HB CC 3J054
  • F16H47/08@E
    		•  Control by using electric signals HB CC 3J054
  • F16H47/08@F
    		•  Control by using oil pressure signals HB CC 3J054
  • F16H47/08@G
    		•  Inertia fluid couplings HB CC 3J054
  • F16H47/08@Z
    		•  Others (47/06E to K take precedence) HB CC 3J054
  • F16H47/10
    		•  ...using two or more power-transmitting fluid circuits [2] HB CC 3J054
  • F16H47/12
    		•  ...the members with orbital motion having vanes interacting with the fluid [2] HB CC 3J054
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